📘 Module 1: Introduction to PCB Design

• What is a PCB and how does it function in electronics?
• Types of PCBs: single-sided, double-sided, multi-layer
• Real-world applications (IoT, robotics, consumer electronics)
• An outline of how a PCB is designed: Diagram → Design → Production

📘 Module 2: Getting Started with KiCad

• Installing KiCad (Windows/Linux/macOS)

Overview of KiCad's suite:

• Eeschema (Schematic editor)
• Pcbnew (PCB layout editor)
• Footprint Editor
• Symbol Editor
• 3D Viewer
• Gerber Viewer
• Project setup and file structure

📘 Module 3: Schematic Design in KiCad

• Creating a new project
• Adding and connecting components in Eeschema
• Using and managing symbol libraries
• Creating custom symbols
• Net labels and power symbols
• Electrical Rule Check (ERC)
• Generating the netlist or directly linking to PCB layout

📘 Module 4: PCB Layout in KiCad

• Transferring schematic to layout (netlist import)
• Setting board outline and layers
• Placement of components: best practices
• Creating custom footprints
• Manual routing of traces (tracks)
• Via placement and types
• Using zones (ground and power planes)
• Design Rule Check (DRC)

📘 Module 5: Libraries and Component Management

• Symbol and footprint libraries: project-local vs worldwide
• Using KiCad’s built-in libraries
• Creating and editing custom libraries
• Mapping symbols to footprints
• Using CvPcb tool (Footprint Assignment)

📘 Module 6: Design Rules and Constraints in KiCad

• Setting up the DRC settings, including via diameters, trace width, and clearance
• Establishing design limitations for several layers
• Understanding fabrication limits and matching rules
• Net classes and electrical rules setup

📘 Module 7: Advanced Layout Techniques

• Multi-layer board setup
• Grounding strategies and return paths
• Power plane and decoupling capacitor placement
• Differential pair routing basics (e.g., USB, Ethernet)
• Shielding and EMI/EMC reduction techniques
• Thermal considerations (thermal vias, copper pour)

📘 Module 8: 3D Visualization and Mechanical Integration

• Using the 3D Viewer in KiCad
• Assigning and customizing 3D models to components
• Exporting STEP files for enclosure fitting (integration with CAD tools like Fusion 360 or FreeCAD)

📘 Module 9: Generating Manufacturing Files

• Generating Gerber files for fabrication
• Drill files (Excellon format)
• Generating BOM (Bill of Materials)
• Pick and Place file generation
• Panelization basics
• Using the KiCad Plot Tool

📘 Module 10: Fabrication and Assembly

• Choosing a PCB manufacturer (e.g., JLCPCB, PCBWay)
• Submitting Gerber files and specifications
• PCB assembly: manual soldering vs outsourced assembly
• Testing and validation of the assembled PCB

Experience in the Industry Gain knowledge from experts with practical PCB Design project experience in a variety of sectors.

Backgrounds at the Top Prominent corporations such as hcl, tcs , accenture  and cognizant  employ trainers.

Clear & Effective Teaching Excellent communication and real-world examples simplify complex subjects.

Hands-On Learning Focus Students can apply their abilities in real-world situations with the use of case studies and real-time projects.

Up-to-Date Knowledge Trainers stay current with the latest tools, techniques and best practices.